A unique benefit of the twin table design is that when one table is in the forward position and one is completely back, you can place a part on each table that is the same size as the table and still independently machine completely around both parts. You can also perform pendulum processing or add a second spindle for dual process capability.

With the twin table configuration, you can load Table 1 safely while performing machining operations on Table 2. Then, while the machine switches to processing material on the newly loaded Table 1, you safely remove parts from Table 2 and reload the table. This technique is known as Pendulum Processing, and it keeps your production continuously flowing.

By adding a second spindle to the twin table configuration, you gain flexibility in your production, a value equal to buying an additional machine without the expense or taking up valuable floor space. You can cut twice as many parts in the same time period. 

• Use one spindle to machine one process on Table 1, while the other spindle machines an entirely different process on Table 2.
• Use both spindles on an alternating basis to perform different operations on a single workpiece. 
• Use both spindles on a fixed center distance to produce identical parts at the same time on the same table (while still pendulum processing) or different tables.
• Use both spindles on a frequently adjusting or varying center distance while working on a single process.
• Park one spindle and electronically lock the tables together, giving full table access to the other spindle for machining large or oversized parts.